201249056 六、發明說明： 【發明所屬之技術領 [0001] 本發明涉及一種充電座’尤其是一種具有安全功能的充 電座。 [先前技術] [0002] —般而言，對掌上型電子裝置（例如，平板電腦）進行 充電都是採用充電座直接電性連接至電子裝置的電源輸 入端以進行充電。然而’任何人均可直接將電子裝置從 充電座上拔出’而不需要任何密碼或者身份認證。因此 ，當電子裝置放置於某個遠離主人的地方進行充電時’ 他人可以隨意拔出電子裝置或者動用電子裝置内部的應 用程式及檔，這容易導致電子裝置的遺失或者内部檔案 的丟失。在充電狀態時，此類充電座不能保證電子裝置 的產品及資訊安全。 [0003] 為此，需提供一種充電座，可有效地對電子裝置進行充 電，並保證電子裝置的產品及資訊安全。 【發明内容】 [0004] 有鑑於此，需提供一種充電座，特別是一種具有安全功 能的充電座，以防止電子裝置在充電或者資料交換時遺 失。 _5]本發明_種實施方式巾的具有安全魏的充電座設有 電源輪入端，以用於為掌上型電子裝置供電或者充電， 該電子裝置設有切1充電絲括座體、放置部及控 制部。該座體設有收容槽。該放置部容置於該收容槽内 ，該放置部收容並支撐該電子裝置，該放置部設有卡口 1 表單編號 AQ1G1 % 4 31 ^ 10( 201249056 ，當該電子裝置收容於該放置部時該卡口與該卡槽相對 。該控制部固定安裝於該座體内並包括磁簧開關及安全 卡扣，該磁簧開關凸設活動軸，該安全卡扣包括卡配部 和扣合部，該卡配部樞接於該放置部，該卡配部之一端 與該活動軸配合，該扣合部凸設於該卡配部之另—端。 當該磁簧開關啟動時，該活動軸發生位移並推動該卡配 部轉動，设於卡配部另一端的扣合部穿過該卡口並扣合 於該卡槽中，進而將該電子裝置約束於該座體。 〇 闺優選地，該放置部包括—對加強板，該對加強板位於該 卡口的兩侧，該對加強板設有旋轉孔，該安全卡扣設有 一對凸軸，該對凸軸凸設於該卡配部之兩侧以收容並轉 動連接於職轉孔巾，以將該安全卡扣㈣連接於該放 置部。 [0007] 優選地’該活動轴上設有減間隔的第一擒塊和第二擔 塊，該活動軸穿過該葫蘆孔並使該安全卡扣之卡配部位 於該第一擋塊和第二擋塊之間，從而將該卡配部軸向固 〇 定於該活動軸。 [0008] 優選地，該卡配部與該扣合部由一體成型而製成。 [0009] 優選地，該放置部設有一具有底壁的凹槽，該凹槽用於 容置該電子裂置，該底壁設有輸出介面以電性連接該電 子裝置* [0010]優選地，該放置部設有一對定位枉，該對定位柱凸出於 該底壁以收容於該電子裝置中，以使該電子叢置穩固地 放置於該凹槽内。 100118504 表單編號A0101 第5頁/共31頁 1002031171-0 201249056 [0011] 優選地，該充電座包括電路板，該電路板固定安裝於該 座體内並電性連接於該控制部及該電源輸入端，該座體 包括面板及沿該面板周邊折彎延伸到第一側壁，該面板 與該第一側壁共同形成收容空間，以收容該控制部及該 電路板。 [0012] 優選地，該座體包括數位鍵、電源鍵及指紋識別器，該 面板設有第一收容孔、第二收容孔及第三收容孔，該數 字鍵收容於該第一收容孔中並電性連接於該電路板，以 設定或者輸入密碼，該電源鍵收容於該第二收容孔中並 電性連接於該電路板，以控制該充電座的電源開啟與閉 合，該指紋識別器收容於該第三收容孔中並電性連接於 該電路板，以設定或者輸入用戶指紋。 [0013] 優選地，該座體包括一對第二側壁及一對第三側壁，該 對第二側壁垂直連接於該對第三侧壁之間，該對第二側 壁與該對第三側壁所環繞的區域被掏空，以形成該收容 槽，該收容槽貫通該面板以容置該放置部。 [0014] 優選地，該對第二側壁設有卡配槽，該放置部設有轉軸 ，該轉軸卡設於該卡配槽中以使該放置部轉動連接於該 座體。 [0015] 相較於現有技術，本發明的具有安全功能的充電座，放 置部設有凹槽以固定放置電子裝置，並透過磁簧開關的 活動軸連接於安全卡扣之葫蘆孔内，以使安全卡扣之扣 合部穿過放置部之卡口而扣合於電子裝置之卡槽中，從 而使電子裝置在充電時能穩固地鎖扣於充電座上。而且 100118504 表單編號A0101 第6頁/共31頁 1002031171-0 201249056 ’透過輸入密碼以及驗證指紋，以判斷用戶的身份是否 正確’並以此確定是否啟動磁簧開關以及將電子裝置鎖 固或者解鎖，這樣，可以有效地保證電子裝置在充電狀 態或者資料交換狀態下的使用安全。 【實施方式】 [0016] [0017] ❹ [0018] G [0019] 請參閱圖1，充電座100設有電源輸入端70，用於為掌上 型電子裝置90 (如：平板電腦）供電或者充電。 請參閱圖2及圖3，充電座100包括座體1〇、放置部20、 控制部30及電路板4〇。放置部20枢接於座體1〇以收容並 支標該電子裝置90。控制部30安裝於放置部20上以與電 子裝置90相配合，電路板4〇固定安裝於座體10内並電性 連接於控制部30。 請參閱圖3及圖4 ’座體1〇包括殼體12、數位鍵13、電源 鍵14、指紋識別器15及底蓋16。殼體丨2與放置部2〇及控 制部30配合，底蓋16固定安裝於該殼體12之遠離該放置 部20的一側，數位鍵13、電源鍵14及指紋識別器15分別 穿過殼體12電性連接於電路板4〇。 殼體12包括面板121及沿面板121周邊折彎延伸的第一側 壁120，面板121及第一側壁12〇共同形成一收容空間122 ，以收容控制部30及電路板4〇。面板121之橫斷面呈u型 ，即中間為平面以及兩侧為具有一定角度的傾斜面。在 本實施方式中’數位鍵13、電源鍵14、指紋識別器15及 電路板40安裝於面板121之傾斜面部分，從而使充電座 100結構緊湊，並具操作方便之功能。 100118504 表單編號A0101 第7頁/共31頁 1002031171-0 201249056 [0020] [0021] [0022] 100118504 第一側壁1 2 0設有貫穿孔1 2 0 4，電源輸入端7 0透過電源 線穿過貫穿孔1204以伸入座體10内部並電性連接至電路 板4 0 〇 面板121包括第一表面1210及與第一表面1210相對的第 二表面1212，第一表面1210為殼體12的外表面，第二表 面1212為殼體的内表面並朝向該收容空間122。面板121 設有穿過第一表面1210和第二表面1212的第一收容孔 1213、第二收容孔1214及第三收容孔1215。數字鍵13收 容於第一收容孔1213中並電性連接於電路板40，且該數 位鍵13部分突出於該第一表面1210，以便於用戶按壓以 設定或者輸入使用者密碼。電源鍵14收容於第二收容孔 1214中並電性連接於電路板4〇，且該電源鍵14部分突出 於該第一表面1210，以便於用戶按壓以控制該充電座1〇〇 的電源開啟與閉合。指紋識別器15收容於第三收容孔 1215中並電性連接於電路板4〇，且凹陷於第一表面uio ，以便於用戶放入手指並進行指紋設定及驗證。 面板121設有複數凸柱1216凸出於第二表面1212並朝向 收容空間122内延伸，凸柱1216之遠離第二表面1212的 一端设有第一安裝孔1217，以將電路板4〇及底蓋16固定 安裝於殼體12。底蓋16設有複數第二安裝孔164，藉由緊 固件（如：螺絲、螺栓、鉚釘等）穿過第二安裝孔164並 鎖緊於第一安裝孔1217内以將底蓋16固定連接於殼體12 ，同時遮蓋收容空間122。 殼體12還包括一對第二側壁124及_對第三侧壁125，該 對第二側壁124垂直連接於該對對第三側壁125之間。該 表單編號A0101 S 8頁/共31 s [0023] 201249056 八 [0024] 〇 對第二侧壁124與該對第三側壁125在殼體12上所環繞的 區域被掏空，這樣形成一收容槽126，該收容槽126貫通 該面板121以容納放置部2〇。在本實施方式中’第二側壁 124不但沿第二表面1212朝收容空間I22内垂直延伸，而 且還垂直於第一表面1210朝遠離殼體12方向延伸呈近似 半圓形，第三側壁125只沿第二表面丨212朝收容空間122 内垂直延伸’在收容空間122内部，第三側壁125略高於 第二側壁124以便於安裝和使用放置部20。 在本實施方式中’凸柱1216設於第彡侧壁125及第一侧壁 12 0之間以使電路板4 0安裝於第三侧壁12 5及第一側壁 120之間，以節省安裝空間。 [0025] 在本實施方式中，第一側壁120、面板121、第二側壁 124、第三侧壁125及凸柱1216由一體成型而製成。 [0026] 〇 放置部20容置於收容槽126内，並包括本體24及位於本體 24兩侧的側板22。本體24為大致空心半圓柱狀’側板22 呈半圓狀並與第二侧壁124相對應，這樣，本體24與侧板 22圍成一具有開口的收容腔23。安裝時，收容腔23之開 口方向與收容空間122之開口方向相同。殼體12之第二侧 壁124設有卡配槽1245，卡配槽1245為半圓形且開口方 向與收容空間122之開口方向相同。側板22凸設有轉軸26 ，轉轴26凸設於侧板22之外側並沿遠離收容腔23的方向 延伸，該轉轴26平行於第三側壁125 〇將轉轴26卡設於卡 配槽1245中以使該放置部20轉動連接於座體1〇，並使收 容腔23之開口方向與收容空間122的開口方向相同，以使 該本體24拱出於殼體12之第一表面121〇，而且，側板22 100118504 表單編號A0101 第9頁/共31頁 1002031171-0 201249056 與第二侧壁124於遠離第一表面i2i〇的一側相齊平。使用 時，側板22受第二側壁124的抵擋作用，使該放置部2〇受 限於第二側壁125之間，而且，轉軸26安裝於卡配槽 1245内，使放置部20只能相對於座體1〇轉動。 [0027] 本體24之中心位置設有具有凹槽25，凹槽託之開口方向 與收谷腔23之開口方向相背離。在本實施方式中，凹槽 25用於容置電子裝置90，即，將電子裝置9〇的一端插入 凹槽25内以對電子裝置90進行充電或進行資料交換。凹 槽2 5由底壁2 51及沿底壁2 51周邊折彎延伸至本體2 4的側 部252構成，底壁251設有一個輸出介面256及一對定位 柱253，輸出介面256與電子裝置90電性連接以對電子裝 置90進行充電或進行資料交換。當座體10接通電源並按 下電源鍵14，便可對電子裝置9〇進行充電。該定位柱253 位於輸出介面256的兩侧，並凸出於底壁251以收容於電 子裝置9〇中’以使電子裝置90穩固地放置於凹槽25内， 從而使電子裝置90與充電座1〇〇穩定接合。電子裝置9〇設 有卡槽96，側部252設有卡口 259，當電子裝置90收容於 放置部20時’該卡口 259與該卡槽96相對，請參閱圖7。 放置部20還包括一對加強板27 ’該對加強板27位於卡口 259的兩侧並夾設於側部252及本體24之間，以加強卡口 259周圍結構的強度。該加強板27設有旋轉孔275以與控 制部30配合。 請參閱圖5，控制部30安裝於放置部20之底壁251並位於 背離凹槽25的一侧，用於控制電子裝置90是否鎖扣於充 電座100。控制部30包括磁簧開關32及安全卡扣34，磁 100118504 表單編號A0101 第10頁/共31頁 1002031171-0 [0028] 201249056 簧開關32透過固定板328固定安裴於底壁251之背離凹槽 25的一側。磁簧開關32的一端凸設有一活動軸324，另一 端透過電線50電性連接於電路板4〇。當啟動磁簧開關32 時，活動軸324相對於固定板328作伸縮運動，以驅動安 全卡扣34移動。活動軸324上設有相互間隔的第一擋塊 3240和第二撞塊3245 ’用於將安全卡扣34夾於其間。 [0029] Ο 安全卡扣34與磁簧開關32配合以鎖扣電子裝置9〇，並包 括卡配部342及扣合部344，卡配部342樞接於放置部20 。卡配部342的一端設有一葫蘆孔346以連接於活動軸 324，扣合部344凸出於卡配部342的另一端並遠離葫蘆 孔346。當該磁簧開關32啟動時，該活動轴324發生位移 並推動該卡配部342轉動，設於卡配部342另一端的扣合 部344穿過卡口 259並扣合於電子裝置90之卡槽96中，以 將電子裝置90約束於座體1〇。卡配部342兩侧凸設一對凸 軸348，該對凸軸348位於扣合部344的兩侧以收容並轉 動連接於旋轉孔275中以使安全卡扣34活動連接於放置部 20。活動軸324穿過葫蘆孔346並使卡配部342位於第一 撞塊3240和第二擔塊3245之間，從而將卡配部342轴向 固定於該活動軸324。在本實施方式中，卡配部342與扣 合部344由一體成型而製成。 [0030] 請參閱圖3及圖4，電路板40固定安裝於殼體12之收容空 間122中，包括第一電路板42、第二電路板44、指紋識別 板46及第三電路板48。利用緊固件（如螺絲、螺釘及螺 栓等）將第一電路板42鎖固於第一安裝孔1217以將第一 電路板42固定按住與殼體12之第一側壁120及第三側壁 100118504 表單編號A0101 第11頁/共31頁 1002031171-0 201249056 125之間的區域，數位鍵13及電源鍵14分別電性連接於第 —電路板42。透過電線50將指紋識別板46電性連接於第 —電路板42並固定安裝於第一電路板42的側邊，指紋識 別器15與指紋識別板46電性連接。利用緊固件（如螺絲 、螺釘及螺栓等）將第二電路板44鎖固於第—安裝孔 1217内以將第二電路板44固定安裝於殼體12之第—側壁 120及第三側壁125之間的區域，電源輸入端7〇電性連接 於第二電路板44以對充電座100供電，並利用電纜45電性 連接於第一電路板42與第二電路板44之間。請參閱圖6， 第三電路板48固定安裝於固定板328及底壁251之間，以 電性連接於磁著開關32及輸出介面2.5 6，透過電線5 〇將磁 簧開關32電性連接於第一電路板42，以保證磁簧開關32 的電源輸入與輸出。 [0031] 當電源輸入端70接通外部電源時，按壓電源鍵14以啟動 充電座100，輸出介面256與電子裝置90之輸入口 92 (參 見圖7)對接，以對電子裝置9〇進衧充電或進行資料交換 〇 [0032] 以下對充電座100的安裝過程進行詳細說明。 [0033] 首先，將放置部20收容於收容槽126中，並將轉軸26卡設 於卡配槽1245中以使收容腔23之開口方向與收容空間 122之開口方向相同以及該本體24拱出於該殼體12之第一 表面1210。將第三電路板48固定安裝於底壁251之背離 凹槽25的一側，以電性連接於輸出介面256，透過固定板 328將磁簧開關32固定安裝於第三電路板48上，並使活動 轴324朝向卡口 259所在側部252的一側，活動軸324穿過 100118504 表單編號 A0101 第 12 頁/共 31 頁 1002031171-0 201249056 Ο ο 葫蘆孔346，並使卡配部342位於第一擋塊3240及第二擋 塊3245之間’以將卡配部342轴向固定於活動軸324。然 後’將數字鍵13、電源鍵14及指紋識別器15分別嵌入第 一收容孔1213、第二收容孔1214和第三收容孔1215中， 將第一電路板42及指紋識別板46分別固定安裝於殼體12 之收容空間122内以電性連接於數位鍵13、電源鍵14及指 紋識別器15，並透過電線50磁簧開關32及指紋識別板46 分別電性連接於第一電路板42，將第二電路板44固定安 裝於殼體12之收容空間122内以與電源輸入端70電性連接 ，並透過電纜45與第一電路板42電性連接。接著，安全 卡扣34之凸轴348收容於旋轉孔275中，並使扣合部344 與卡口 259相互配合’以使安全卡扣34扣合於放置部20中 ，將活動轴324穿過葫蘆孔346並使卡配部342位於第一 擋塊3240和第二擋塊3245之間，透過磁簧開關32的開啟 與閉合帶動活動轴324來回移動’進而驅動安全卡扣34繞 凸軸348轉動，以使扣合部3以鎖扣或脫離於卡口 259。 最後，將底蓋16遮蓋收容空間122 ,藉由緊固件穿過第二 安裝孔164並鎖固於第一安裝孔1217以將底蓋μ固定安 裝於殼體12上，從而完成充電座1〇〇的安裝》 [0034] 以下對充電座1 〇 〇的使用過程進行詳細說明。 [0035] 請參閱圖8，S100，使電子裝置90與充電座100接合，具 體而言，將電子裝置90放置於凹槽25中，並使定位柱253 收容於電子裝置9〇中以及輸出介面256與輸入口 92電性連 接，以使電子裝置90固定安裝並電性連接於充電座100， 請參閱圖6和圖7。S120，將電源輸入端7〇接通外部電源 100118504 表單編號 A01G1 ^ 13 S/Λ 31 I 1002031171-0 201249056 並按麼電源鍵14以開啟電源。si4Q，透過按壓數位鍵 以輸入使用者設定密碼，並呈現於電子裝置90的顯示幕 幕上若所輪入的密碼是正確的，則進入下一步；否則 ，需要重新輸入密碼直至密碼正確為止。S1 60，將手指 按壓於才曰紋識別器15上以進行指紋識別，如果所輸入的 才曰、、文與系統存儲的指紋相符合，則進入下一步；否則， 需要將手指進行重新按壓直至指紋相符為止。S180，當 輸入的密碼和指紋均正確後，磁簧開關32啟動以使活動 軸324縮回並帶動安全卡扣34朝凹槽25 —側移動，即，安 全卡扣34繞凸軸348相對放置部20轉動，以使扣合部344 穿過卡口 259扣合於卡槽96中，以將電子裝置90鎖扣於充 電座100上並對電子裝置90進行充電作業或進行資料交換 〇 [0036] 請參閱圖9，當完成電子裝置90的充電工作或資料交換工 作，若要將電子裝置90從充電座1〇0上取來，則需要完成 以下步驟。S200，安全卡扣34穿過卡扣259並扣合於卡 槽96中，以將電子裝置90鎖扣於充電座上。S220， 透過按壓數位鍵13以輸入使用者設定密碼，若所輸入的 密碼是正確的，則進入下一步；否則’需要重新輸入密 碼直至密碼正確為止。S240，將手指按壓於指紋識別器 15上以進行指紋識別，如果所輸入的指紋與系統存儲的 指紋相符合，則進入下一步；否則，需要將手指進行重 新按壓直至指紋相符為止。S260 ’當輪入的密碼和指紋 均正確後，磁簧開關32再次啟動以使活動軸324伸出並推 動安全卡扣34朝遠離凹槽25—側移動’即，安全卡扣34 100118504 表單編號A0101 第14頁/共31頁 1002031171-0 201249056 繞凸軸348相對放置部20擺動，以使扣合部344穿過卡口 259脫離卡槽96，以將電子裝置90解鎖於充電座100並將 電子裝置90從充電座100上取出以完成充電工作或資料交 換工作。 [0037] 本發明之充電座100需要使用者輸入密碼以及指紋，由此 判斷用戶的身份是否正確，進而確定是否啟動磁簧開關 32，然後透過磁簧開關32控制安全卡扣34以將電子裝置 90鎖固或者解鎖，這樣，可以有效地保證電子裝置90在 充電狀態或資料交換狀態下的使用安全。 [0038] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本案發明精神所作之等效 修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 [0039] 圖1為本發明之充電座之充電使用狀態圖。 [0040] 圖2為本發明之充電座與電子裝置的分解圖。 [0041] 圖3為本發明之充電座的分解圖。 [0042] 圖4為本發明之充電座另一方向的分解圖。 [0043] 圖5為圖4中V區域之放大圖。 [0044] 圖6為本發明之充電座與電子裝置的剖視圖。 [0045] 圖7為圖6中VD區域之放大圖。 [0046] 圖8為本發明之充電座鎖扣電子裝置的流程圖。 1002031171-0 100118504 表單編號A0101 第15頁/共31頁 201249056 [0047] 圖9為本發明之充電座將電子裝置解鎖的流程圖。 【主要元件符號說明】 [0048] 充電座：100 [0049] 座體：10 [0050] 殼體：12 [0051] 第一侧壁：120 [0052] 貫穿孔：1204 [0053] 面板：121 [0054] 第一表面：1210 [0055] 第二表面：1212 [0056] 第一收容孔：1213 [0057] 第二收容孔：1214 [0058] 第三收容孔：1215 [0059] 凸柱：1216 [0060] 第一安裝孔：1217 [0061] 收容空間：122 [0062] 第二侧壁：124 [0063] 卡配槽：1245 [0064] 第三側壁：125 [0065] 收容槽：126 100118504 表單編號A0101 第16頁/共31頁 1002031171-0 201249056201249056 VI. Description of the Invention: [0001] The present invention relates to a charging stand, in particular, a charging stand having a safety function. [Prior Art] [0002] In general, charging a palm-sized electronic device (e.g., a tablet) is performed by directly charging a charging stand to a power input terminal of the electronic device for charging. However, 'anyone can directly pull the electronic device out of the cradle' without any password or identity authentication. Therefore, when the electronic device is placed in a place away from the owner for charging, others can freely pull out the electronic device or use the application and file inside the electronic device, which may easily lead to loss of the electronic device or loss of internal files. In the state of charge, such a cradle does not guarantee the safety of the electronic device's products and information. [0003] To this end, it is desirable to provide a charging stand that can effectively charge an electronic device and ensure product and information security of the electronic device. SUMMARY OF THE INVENTION [0004] In view of the above, it is desirable to provide a charging stand, particularly a charging stand having a safety function, to prevent the electronic device from being lost during charging or data exchange. _5] The safety seat of the invention has a power supply wheeled end for powering or charging the palm-sized electronic device, and the electronic device is provided with a cutting wire charging body, a placing portion And the control department. The seat body is provided with a receiving groove. The placing portion is received in the receiving slot, and the placing portion receives and supports the electronic device, and the placing portion is provided with a bayonet 1 form number AQ1G1 % 4 31 ^ 10 (201249056, when the electronic device is received in the placing portion) The bayonet is opposite to the card slot. The control portion is fixedly mounted in the seat body and includes a reed switch and a safety buckle. The reed switch protrudes from the movable shaft, and the safety buckle includes a locking portion and a fastening portion. The card engaging portion is pivotally connected to the placing portion, and one end of the engaging portion cooperates with the movable shaft, and the engaging portion protrudes from the other end of the engaging portion. When the reed switch is activated, the activity The shaft is displaced and the card engaging portion is rotated, and the engaging portion provided at the other end of the engaging portion passes through the bayonet and is engaged in the card slot, thereby restraining the electronic device to the seat. The grounding portion includes a pair of reinforcing plates, the pair of reinforcing plates are located at two sides of the bayonet, the pair of reinforcing plates are provided with a rotating hole, and the safety buckle is provided with a pair of protruding shafts, and the pair of protruding shafts are protruded from the Both sides of the card fitting portion are received and rotated and connected to the service hole towel to the security card The buckle (four) is connected to the placement portion. [0007] Preferably, the movable shaft is provided with a first block and a second load block with a reduced interval, and the movable shaft passes through the hoist hole and the card is fitted with the safety buckle. The portion is located between the first block and the second block, so that the engaging portion is axially fixed to the movable shaft. [0008] Preferably, the engaging portion and the engaging portion are integrally formed. Preferably, the placing portion is provided with a groove having a bottom wall for receiving the electronic crack, and the bottom wall is provided with an output interface for electrically connecting the electronic device* [0010] Preferably, the placing portion is provided with a pair of positioning pins protruding from the bottom wall for being received in the electronic device, so that the electronic cluster is firmly placed in the groove. 100118504 Form No. A0101 Page 5 of 31 1002031171-0 201249056 [0011] Preferably, the charging stand comprises a circuit board fixedly mounted in the body and electrically connected to the control part and the power input end, the seat The body includes a panel and is bent along the periphery of the panel to extend to the first sidewall, the panel and the first The side wall is configured to receive the control portion and the circuit board. [0012] Preferably, the base body includes a digital key, a power button and a fingerprint identifier, and the panel is provided with a first receiving hole and a second receiving hole. The third receiving hole is received in the first receiving hole and electrically connected to the circuit board to set or input a password. The power key is received in the second receiving hole and electrically connected to the circuit board. The fingerprint identifier is received in the third receiving hole and electrically connected to the circuit board to set or input a user fingerprint. [0013] Preferably, the base body includes a pair of second side walls and a pair of third side walls, the pair of second side walls are vertically connected between the pair of third side walls, and the area surrounded by the pair of second side walls and the pair of third side walls is hollowed out to form The receiving slot passes through the panel to receive the placement portion. [0014] Preferably, the pair of second side walls are provided with a matching groove, and the placing portion is provided with a rotating shaft, and the rotating shaft is engaged in the engaging groove to rotate the placing portion to the seat. [0015] Compared with the prior art, the charging seat with safety function of the present invention has a recessed portion for fixing the electronic device, and is connected to the hoist hole of the safety buckle through the movable shaft of the reed switch. The fastening portion of the safety buckle is fastened to the card slot of the electronic device through the bayonet of the placement portion, so that the electronic device can be firmly locked on the charging base during charging. And 100118504 Form No. A0101 Page 6 of 31 1002031171-0 201249056 'Through entering the password and verifying the fingerprint to determine whether the user is correct' and to determine whether to activate the reed switch and lock or unlock the electronic device, In this way, the use safety of the electronic device in the state of charge or data exchange can be effectively ensured. [0018] [0017] Referring to FIG. 1, the charging stand 100 is provided with a power input terminal 70 for powering or charging a palm-sized electronic device 90 (eg, a tablet). . Referring to FIGS. 2 and 3 , the charging stand 100 includes a seat body 1 , a placement portion 20 , a control unit 30 , and a circuit board 4 . The placing portion 20 is pivotally connected to the base 1 to receive and support the electronic device 90. The control unit 30 is mounted on the placement unit 20 to cooperate with the electronic device 90, and the circuit board 4 is fixedly mounted in the base 10 and electrically connected to the control unit 30. Referring to Figures 3 and 4, the housing 1 includes a housing 12, a digit key 13, a power button 14, a fingerprint identifier 15 and a bottom cover 16. The housing 丨 2 is engaged with the placing portion 2 〇 and the control portion 30. The bottom cover 16 is fixedly mounted on a side of the housing 12 away from the placing portion 20, and the digital key 13, the power button 14 and the fingerprint identifier 15 are respectively passed through. The housing 12 is electrically connected to the circuit board 4〇. The housing 12 includes a panel 121 and a first side wall 120 extending along the periphery of the panel 121. The panel 121 and the first side wall 12 〇 together form a receiving space 122 for receiving the control unit 30 and the circuit board 4 . The cross-section of the panel 121 is u-shaped, that is, the plane is in the middle and the inclined surfaces are angled on both sides. In the present embodiment, the 'digital key 13, the power key 14, the fingerprint recognizer 15, and the circuit board 40 are attached to the inclined surface portion of the panel 121, so that the charging stand 100 is compact in structure and has a function of easy operation. 100118504 Form No. A0101 Page 7 / Total 31 Page 1002031171-0 201249056 [0022] [0022] 100118504 The first side wall 1 2 0 is provided with a through hole 1 2 0 4, and the power input terminal 70 passes through the power line The through hole 1204 extends into the interior of the base 10 and is electrically connected to the circuit board. The panel 121 includes a first surface 1210 and a second surface 1212 opposite to the first surface 1210. The first surface 1210 is external to the housing 12. The surface, the second surface 1212 is an inner surface of the housing and faces the receiving space 122. The panel 121 is provided with a first receiving hole 1213, a second receiving hole 1214 and a third receiving hole 1215 which pass through the first surface 1210 and the second surface 1212. The number key 13 is received in the first receiving hole 1213 and electrically connected to the circuit board 40, and the digital key 13 partially protrudes from the first surface 1210 to facilitate the user to press to set or input the user password. The power button 14 is received in the second receiving hole 1214 and electrically connected to the circuit board 4, and the power button 14 partially protrudes from the first surface 1210, so as to be pressed by the user to control the power of the charging stand 1 . With closed. The fingerprint identifier 15 is received in the third receiving hole 1215 and electrically connected to the circuit board 4 〇 and recessed on the first surface uio to facilitate the user to put a finger and perform fingerprint setting and verification. The panel 121 is provided with a plurality of protrusions 1216 protruding from the second surface 1212 and extending toward the receiving space 122. The first end of the protruding post 1216 away from the second surface 1212 is provided with a first mounting hole 1217 to cover the circuit board 4 and the bottom. The cover 16 is fixedly mounted to the housing 12. The bottom cover 16 is provided with a plurality of second mounting holes 164 through which fasteners (eg, screws, bolts, rivets, etc.) pass through the second mounting holes 164 and are locked in the first mounting holes 1217 to securely connect the bottom cover 16 The housing 12 covers the receiving space 122 at the same time. The housing 12 further includes a pair of second side walls 124 and a pair of third side walls 125, the pair of second side walls 124 being vertically connected between the pair of third side walls 125. The form number A0101 S 8 pages / total 31 s [0023] 201249056 八 [0024] The second side wall 124 and the pair of third side walls 125 are hollowed out in the area surrounded by the casing 12, thus forming a shelter The slot 126 extends through the panel 121 to receive the placement portion 2〇. In the present embodiment, the second sidewall 124 extends not only vertically along the second surface 1212 toward the receiving space I22, but also extends perpendicularly to the first surface 1210 toward the direction away from the housing 12 to be approximately semi-circular, and the third sidewall 125 is only Along the second surface 丨212 extends vertically into the accommodating space 122 inside the accommodating space 122, the third side wall 125 is slightly higher than the second side wall 124 to facilitate installation and use of the placement portion 20. In the present embodiment, the stud 1216 is disposed between the second sidewall 125 and the first sidewall 120 to mount the circuit board 40 between the third sidewall 125 and the first sidewall 120 to save installation. space. [0025] In the present embodiment, the first side wall 120, the panel 121, the second side wall 124, the third side wall 125, and the studs 1216 are integrally formed. The placing portion 20 is received in the receiving groove 126 and includes a body 24 and side plates 22 on both sides of the body 24. The body 24 is substantially hollow and semi-cylindrical. The side plate 22 is semi-circular and corresponds to the second side wall 124. Thus, the body 24 and the side plate 22 enclose a receiving cavity 23 having an opening. When installed, the opening direction of the receiving cavity 23 is the same as the opening direction of the receiving space 122. The second side wall 124 of the casing 12 is provided with a matching groove 1245. The engaging groove 1245 is semicircular and the opening direction is the same as the opening direction of the receiving space 122. A rotating shaft 26 is protruded from the side plate 22, and the rotating shaft 26 is protruded from the outer side of the side plate 22 and extends away from the receiving cavity 23. The rotating shaft 26 is parallel to the third side wall 125 and the rotating shaft 26 is locked in the matching groove. In the 1245, the placing portion 20 is rotatably coupled to the base 1b, and the opening direction of the receiving cavity 23 is the same as the opening direction of the receiving space 122, so that the body 24 is arched out of the first surface 121 of the housing 12. Moreover, the side panel 22 100118504 form number A0101 page 9 / total 31 page 1002031171-0 201249056 is flush with the second side wall 124 on the side away from the first surface i2i. In use, the side plate 22 is resisted by the second side wall 124, so that the placing portion 2 is restricted between the second side walls 125, and the rotating shaft 26 is mounted in the engaging groove 1245 so that the placing portion 20 can only be opposed to The seat 1 turns. [0027] The center of the body 24 is provided with a groove 25, and the opening direction of the groove holder is away from the opening direction of the valley chamber 23. In the present embodiment, the recess 25 is for accommodating the electronic device 90, that is, one end of the electronic device 9 is inserted into the recess 25 to charge or exchange data with the electronic device 90. The groove 25 is formed by a bottom wall 2 51 and a side portion 252 which is bent along the periphery of the bottom wall 2 51 and extends to the body 24 . The bottom wall 251 is provided with an output interface 256 and a pair of positioning posts 253, and the output interface 256 and the electrons. The device 90 is electrically connected to charge or exchange data with the electronic device 90. When the body 10 is powered on and the power button 14 is pressed, the electronic device 9 can be charged. The positioning post 253 is located on both sides of the output interface 256 and protrudes from the bottom wall 251 to be received in the electronic device 9 to place the electronic device 90 firmly in the recess 25, so that the electronic device 90 and the charging stand 1〇〇 stable joint. The electronic device 9 is provided with a card slot 96, and the side portion 252 is provided with a bayonet 259. When the electronic device 90 is received in the placing portion 20, the bayonet 259 is opposed to the card slot 96. Please refer to FIG. The placement portion 20 further includes a pair of reinforcing plates 27' which are located on both sides of the bayonet 259 and sandwiched between the side portions 252 and the body 24 to reinforce the strength of the structure around the bayonet 259. The reinforcing plate 27 is provided with a rotating hole 275 to cooperate with the control portion 30. Referring to FIG. 5, the control unit 30 is mounted on the bottom wall 251 of the placement portion 20 and on the side facing away from the recess 25 for controlling whether the electronic device 90 is locked to the charging base 100. The control unit 30 includes a reed switch 32 and a safety catch 34, a magnetic 100118504, a form number A0101, a 10th page, a total of 31 pages, 1002031171-0 [0028] 201249056 The reed switch 32 is fixed to the bottom wall 251 by a fixing plate 328. One side of the slot 25. One end of the reed switch 32 has a movable shaft 324 protruding therefrom, and the other end is electrically connected to the circuit board 4 through the electric wire 50. When the reed switch 32 is activated, the movable shaft 324 is telescopically moved relative to the fixed plate 328 to drive the safety catch 34 to move. The movable shaft 324 is provided with a first stopper 3240 and a second collision block 3245' which are spaced apart from each other for sandwiching the safety catch 34 therebetween. [0029] The safety catch 34 cooperates with the reed switch 32 to lock the electronic device 9A, and includes a locking portion 342 and a fastening portion 344. The locking portion 342 is pivotally connected to the placement portion 20. One end of the engaging portion 342 is provided with a hoist hole 346 for connecting to the movable shaft 324, and the engaging portion 344 protrudes from the other end of the engaging portion 342 and away from the hoist hole 346. When the reed switch 32 is activated, the movable shaft 324 is displaced and the engaging portion 342 is rotated. The engaging portion 344 disposed at the other end of the engaging portion 342 passes through the bayonet 259 and is fastened to the electronic device 90. In the card slot 96, the electronic device 90 is restrained to the body 1〇. A pair of protruding shafts 348 are protruded from opposite sides of the engaging portion 342. The pair of protruding shafts 348 are located at two sides of the engaging portion 344 to be received and rotatably coupled to the rotating hole 275 to movably connect the safety buckle 34 to the placing portion 20. The movable shaft 324 passes through the hoist hole 346 and the engaging portion 342 is positioned between the first collision block 3240 and the second weight 3245, thereby axially fixing the engaging portion 342 to the movable shaft 324. In the present embodiment, the engaging portion 342 and the engaging portion 344 are integrally formed. Referring to FIG. 3 and FIG. 4, the circuit board 40 is fixedly mounted in the receiving space 122 of the housing 12, and includes a first circuit board 42, a second circuit board 44, a fingerprint identification board 46, and a third circuit board 48. The first circuit board 42 is locked to the first mounting hole 1217 by fasteners (such as screws, screws, bolts, etc.) to fix and hold the first circuit board 42 and the first side wall 120 and the third side wall 100118504 of the housing 12 . In the area between the form number A0101 and the page 31, 1002031171-0 201249056, the digital key 13 and the power key 14 are electrically connected to the first circuit board 42, respectively. The fingerprint recognition board 46 is electrically connected to the first circuit board 42 via the electric wire 50 and fixedly mounted on the side of the first circuit board 42, and the fingerprint identifier 15 is electrically connected to the fingerprint recognition board 46. The second circuit board 44 is locked in the first mounting hole 1217 by fasteners (such as screws, screws, bolts, etc.) to fix the second circuit board 44 to the first side wall 120 and the third side wall 125 of the housing 12. The power input terminal 7 is electrically connected to the second circuit board 44 to supply power to the charging base 100, and is electrically connected between the first circuit board 42 and the second circuit board 44 by using the cable 45. Referring to FIG. 6, the third circuit board 48 is fixedly mounted between the fixed board 328 and the bottom wall 251, and is electrically connected to the magnetic switch 32 and the output interface 2.56. The reed switch 32 is electrically connected through the electric wire 5 〇. The first circuit board 42 is used to ensure the power input and output of the reed switch 32. [0031] When the power input terminal 70 is turned on, the power button 14 is pressed to activate the charging stand 100, and the output interface 256 is docked with the input port 92 of the electronic device 90 (see FIG. 7) to access the electronic device 9. Charging or data exchange 〇 [0032] The installation process of the cradle 100 will be described in detail below. [0033] First, the placing portion 20 is received in the receiving groove 126, and the rotating shaft 26 is locked in the engaging groove 1245 so that the opening direction of the receiving cavity 23 is the same as the opening direction of the receiving space 122 and the body 24 is arched out. On the first surface 1210 of the housing 12. The third circuit board 48 is fixedly mounted on the side of the bottom wall 251 facing away from the recess 25 to be electrically connected to the output interface 256, and the reed switch 32 is fixedly mounted on the third circuit board 48 through the fixing plate 328, and With the movable shaft 324 facing the side of the side portion 252 where the bayonet 259 is located, the movable shaft 324 passes through the 100118504 form number A0101 page 12/31 page 1002031171-0 201249056 Ο ο 葫 孔 hole 346, and the card fitting portion 342 is located at the 'Between the one block 3240 and the second block 3245' to axially fix the engaging portion 342 to the movable shaft 324. Then, the digital key 13, the power key 14 and the fingerprint identifier 15 are respectively embedded in the first receiving hole 1213, the second receiving hole 1214 and the third receiving hole 1215, and the first circuit board 42 and the fingerprint identification board 46 are respectively fixedly mounted. The accommodating space 122 of the housing 12 is electrically connected to the digital key 13 , the power key 14 and the fingerprint identifier 15 , and is electrically connected to the first circuit board 42 through the electric wire 50 reed switch 32 and the fingerprint identification board 46 , respectively. The second circuit board 44 is fixedly mounted in the receiving space 122 of the housing 12 to be electrically connected to the power input terminal 70 and electrically connected to the first circuit board 42 via the cable 45. Then, the protruding shaft 348 of the safety buckle 34 is received in the rotating hole 275, and the engaging portion 344 and the bayonet 259 are engaged with each other to engage the safety buckle 34 in the placing portion 20, and the movable shaft 324 is passed through. The hoist hole 346 and the engaging portion 342 are located between the first stopper 3240 and the second stopper 3245, and the movable shaft 324 is moved back and forth by the opening and closing of the reed switch 32 to drive the safety buckle 34 around the convex shaft 348. Rotate so that the fastening portion 3 is locked or disengaged from the bayonet 259. Finally, the bottom cover 16 covers the receiving space 122, and the bottom cover 51 is fixedly mounted on the housing 12 by the fastener passing through the second mounting hole 164 and being locked to the first mounting hole 1217, thereby completing the charging stand 1〇. Installation of 〇 [0034] The following describes the use of the cradle 1 详细 in detail. Referring to FIG. 8, S100, the electronic device 90 is coupled to the charging stand 100. Specifically, the electronic device 90 is placed in the recess 25, and the positioning post 253 is received in the electronic device 9 and the output interface. 256 is electrically connected to the input port 92, so that the electronic device 90 is fixedly mounted and electrically connected to the charging stand 100, please refer to FIG. 6 and FIG. S120, turn on the power input terminal 7〇 to the external power supply. 100118504 Form No. A01G1 ^ 13 S/Λ 31 I 1002031171-0 201249056 Press the power button 14 to turn on the power. Si4Q, by pressing the digital key to input the user setting password, and presenting on the display screen of the electronic device 90, if the entered password is correct, the next step is entered; otherwise, the password needs to be re-entered until the password is correct. S1 60, pressing a finger on the fingerprint recognition device 15 for fingerprint recognition, if the entered fingerprint, text and the system stored fingerprint match, then proceed to the next step; otherwise, the finger needs to be re-pressed until The fingerprint matches. S180, when the input password and the fingerprint are correct, the reed switch 32 is activated to retract the movable shaft 324 and drive the safety buckle 34 to move to the side of the groove 25, that is, the safety buckle 34 is placed opposite to the convex axis 348. The portion 20 is rotated to engage the fastening portion 344 through the bayonet 259 in the card slot 96 to lock the electronic device 90 to the charging stand 100 and perform charging work or data exchange for the electronic device 90. [0036 Referring to FIG. 9, when the charging operation or the data exchange operation of the electronic device 90 is completed, if the electronic device 90 is to be taken from the charging stand 110, the following steps need to be completed. S200, the safety buckle 34 passes through the buckle 259 and is fastened in the slot 96 to lock the electronic device 90 to the charging stand. S220: Press the digit key 13 to input the user setting password. If the entered password is correct, proceed to the next step; otherwise, 'the password needs to be re-entered until the password is correct. S240, pressing a finger on the fingerprint recognizer 15 for fingerprint recognition. If the input fingerprint matches the fingerprint stored by the system, the process proceeds to the next step; otherwise, the finger needs to be re-pressed until the fingerprint matches. S260 'When the entered password and fingerprint are correct, the reed switch 32 is activated again to cause the movable shaft 324 to extend and push the safety catch 34 to move away from the side of the groove 25', that is, the safety buckle 34 100118504 form number A0101 Page 14 of 31 1002031171-0 201249056 The pivoting shaft 348 is swung relative to the placement portion 20 so that the fastening portion 344 is disengaged from the card slot 259 through the bayonet 259 to unlock the electronic device 90 to the charging base 100 and The electronic device 90 is taken out of the charging stand 100 to complete the charging work or the data exchange work. [0037] The charging stand 100 of the present invention requires the user to input a password and a fingerprint, thereby determining whether the user's identity is correct, thereby determining whether to activate the reed switch 32, and then controlling the safety buckle 34 through the reed switch 32 to connect the electronic device. 90 is locked or unlocked, so that the use of the electronic device 90 in the state of charge or data exchange can be effectively ensured. [0038] In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art will be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0039] FIG. 1 is a diagram showing a charging use state of a charging stand of the present invention. 2 is an exploded view of the charging stand and the electronic device of the present invention. 3 is an exploded view of the charging stand of the present invention. 4 is an exploded view of the charging stand of the present invention in another direction. 5 is an enlarged view of a V region of FIG. 4. 6 is a cross-sectional view of the charging stand and the electronic device of the present invention. 7 is an enlarged view of a VD region of FIG. 6. 8 is a flow chart of the charging stand lock electronic device of the present invention. 1002031171-0 100118504 Form No. A0101 Page 15 of 31 201249056 [0047] FIG. 9 is a flow chart of unlocking an electronic device by the charging stand of the present invention. [Main component symbol description] [0048] Charging base: 100 [0049] Seat: 10 [0050] Housing: 12 [0051] First side wall: 120 [0052] Through hole: 1204 [0053] Panel: 121 [ 0054] First surface: 1210 [0055] Second surface: 1212 [0056] First receiving hole: 1213 [0057] Second receiving hole: 1214 [0058] Third receiving hole: 1215 [0059] Column: 1216 [ 0060] First mounting hole: 1217 [0061] Containing space: 122 [0062] Second side wall: 124 [0063] Card matching slot: 1245 [0064] Third side wall: 125 [0065] Storage slot: 126 100118504 Form number A0101 Page 16 of 31 1002031171-0 201249056
[0066] 數字鍵：13 [0067] 電源鍵：14 [0068] 指紋識別器： 15 [0069] 底蓋：16 [0070] 第二安裝孔： 164 [0071] 放置部：20 [0072] 侧板：22 [0073] 收容腔：23 [0074] 本體：24 [0075] 凹槽：25 [0076] 底壁：251 [0077] 側部：252 [0078] 定位柱：253 [0079] 輸出介面：256 [0080] 卡口 ： 259 [0081] 轉軸：26 [0082] 加強板：27 [0083] 旋轉孔：275 [0084] 控制部：30 100118504 表單編號A0101 第17頁/共31頁 1002031171-0 201249056 [0085] 磁簧開關：32 [0086] 活動軸：3 2 4 [0087] 第一擋塊：3240 [0088] 第二擋塊：3245 [0089] 固定板：328 [0090] 安全卡扣：34 [0091] 卡配部：342 [0092] 扣合部：344 [0093] 葫蘆孔：346 [0094] 凸軸：348 [0095] 電路板：40 [0096] 第一電路板：42 [0097] 第二電路板：44 [0098] 電纜：45 [0099] 指紋識別板：46 [0100] 第三電路板：48 [0101] 電線：50 [0102] 電源輸入端：70 [0103] 電子裝置：90 100118504 表單編號A0101 第18頁/共31頁 1002031171-0 201249056 [0104] 輸入口 [0105] 卡槽： ：92 96[0066] Numeric keys: 13 [0067] Power button: 14 [0068] Fingerprint reader: 15 [0069] Bottom cover: 16 [0070] Second mounting hole: 164 [0071] Placement: 20 [0072] Side panel : 22 [0073] Containment cavity: 23 [0074] Body: 24 [0075] Groove: 25 [0076] Bottom wall: 251 [0077] Side: 252 [0078] Positioning post: 253 [0079] Output interface: 256 [0080] Bayonet: 259 [0081] Rotary shaft: 26 [0082] Reinforcement plate: 27 [0083] Rotating hole: 275 [0084] Control unit: 30 100118504 Form number A0101 Page 17 / Total 31 page 1002031171-0 201249056 [ 0085] Reed switch: 32 [0086] Active axis: 3 2 4 [0087] First stop: 3240 [0088] Second stop: 3245 [0089] Fixed plate: 328 [0090] Safety buckle: 34 [ 0091] Card fitting: 342 [0092] Fastening: 344 [0093] Hoist hole: 346 [0094] Male shaft: 348 [0095] Circuit board: 40 [0096] First circuit board: 42 [0097] Second Circuit board: 44 [0098] Cable: 45 [0099] Fingerprint identification board: 46 [0100] Third circuit board: 48 [0101] Wire: 50 [0102] Power input: 70 [0103] Electronic device 90100118504 form Page number 18 A0101 / 31 1002031171-0 Total 201 249 056 [0104] input port [0105] slot:: 9296
100118504 表單編號A0101 第19頁/共31頁 1002031171-0100118504 Form No. A0101 Page 19 of 31 1002031171-0